SS540 steel angle is a high-strength structural steel angle with exceptional tensile strength and weldability. It is generally utilised in construction and engineering applications that require durability and structural integrity. With a minimum yield strength of 540 MPa, SS540 steel angles provide strong support in a variety of structural forms, including frames, beams, and columns. Its adaptability and capacity to handle enormous loads make it an excellent choice for the construction of buildings, bridges, and other infrastructure projects that require dependable structural components. SS540 steel angles are also known for their low cost and ease of manufacture, which contribute to their widespread use in the construction industry.

Due to its unique qualities, the SS540 steel angle provides numerous benefits. It is solid and ideal for structural applications requiring excellent load-bearing capability, such as building and engineering projects. Furthermore, the SS540 steel angle has outstanding weldability and formability, making it easy to fabricate and customise according to project specifications. Its durability and corrosion resistance allow long-term use and little maintenance, making it ideal for various industrial and infrastructural applications. Overall, the SS540 steel angle is a dependable and cost-effective alternative for demanding structural applications that require strength, adaptability, and endurance

SS540 steel, a structural steel grade in the JIS G3101 standard, is predominantly made up of carbon (C), manganese (Mn), silicon (Si), and trace amounts of phosphorus (P) and sulphur (S). The chemical composition consists typically of approximately 0.30% carbon, 1.60% manganese, and 0.55% silicon, with traces of phosphorus and sulphur not exceeding 0.050%. This composition provides SS540 with structural integrity and strength. Mechanically, SS540 has a minimum yield strength of 540 megapascals (MPa) and a tensile strength range of 400 to 510 MPa, making it appropriate for various structural applications that demand great strength and endurance. Furthermore, it has good weldability and formability properties, which increase its applicability in construction and engineering applications